ADI’s smart cDriver™ solutions integrate sensing and actuation for predictive maintenance, enabling intelligent electromechanical actuators and advanced diagnostics in industrial automation systems.
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New testing approaches are being developed, like graphene Hall sensors and EC-MS, that can probe smaller-scale battery degradation mechanisms, current leakage, and thermal runaway.
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Discover how solar-powered automation and MPPT-driven motor control are revolutionizing off-grid industrial systems with sustainable, flexible solutions.
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Microcontrollers may be able to perform complex calculations, but when it comes to delivering the results of those calculations to the electrical motor, a power delivery system is required.
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Smarter EVs need real-time processing, machine learning acceleration, and virtualization for safer, software-defined control systems.
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Smarter BLDC motor control with high-voltage gate drivers powers e-bikes, drones, tools, and LEVs.
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Short-circuit current ratings (SCCR) are required by the NEC and UL, and ensure the control panel is capable of handling a short circuit event when properly applied.
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Advances in motor control, battery management systems, and torque sensing are helping electric bicycles go farther, ride smoother, and connect seamlessly to users.
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Start and run capacitors play a major role in single-phase AC motor operation by providing the necessary phase shift for startup and maintaining running torque.
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Connectors can be the key to making drone designs better performing, more compact, and lighter.
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Discover how to efficiently prototype BLDC motor control with NXP’s S32M276SFFRD—compact design, integrated features, and powerful software tools.
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Routing and protecting the constantly moving and flexing power and signal cables for robotics is a significant challenge requiring versatile solutions.
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Customers have diverse choices and must weigh many trade-offs when selecting a feedback encoder for their motor.
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Piezoelectric motors use unique physics for precise motion in small ranges, requiring high-voltage drivers suited for capacitive loads.
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Traction motors for electric vehicles, railroad locomotives, and similar applications are designed to provide high torque at start-up under full load.
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The widely used linear version of the rotary BLDC motor offers distinct advantages, despite several caveats.
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Motor controllers offer advanced, precise control of position, speed, and acceleration. Explore unipolar vs. bipolar drive configurations for stepper motors.
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Explore the differences between unipolar and bipolar drive configurations for stepper motors, focusing on wiring, performance, and applications.
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Field-oriented control offers improved efficiency and superior control of torque and other performance parameters, but at a computational cost.
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The first gasoline cars had no electric motors. Fast forward, all of today's cars have dozens of “invisible” motors and controllers.
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